Reduce fuel usage
Offset diesel consumption by harnessing renewable solar power, leading to substantial fuel reductions.
A portable solar solution designed for quick deployment and adaptability to various surfaces to produce renewable energy.
Experience the simplicity of deploying solar panels in any location with our SolarFrame. Designed as a plug-and-play solution, our SolarFrames, available in AC or DC output, offer a seamless way to harness renewable energy, providing a supplementary power source to increase capacity in a swift and efficient manner.
Our SolarFrame efficiently generates power by capturing energy from the sun’s rays. Monitored by a controller, this energy is supplied to batteries or directly to the site, providing an immediate power source.
Each panel has micro inverters to optimise solar capture when in partial shade. This eco-friendly solution works synergistically with our VoltBank and significantly reduces the need for diesel consumption.



The client required temporary power for six machinery control centres whilst the mains power was isolated to allow a HV upgrade. Wernick Power Solutions provided a tailored solution that ensured uninterrupted operation of all MCCs throughout the HV upgrade, allowing works to proceed without delay.
The client required temporary power for six machinery control centres whilst the mains power was isolated to allow a HV upgrade. Wernick Power Solutions provided a tailored solution that ensured uninterrupted operation of all MCCs throughout the HV upgrade, allowing works to proceed without delay.

Allendale Sewage Treatment Works required a reliable temporary power solution while awaiting a permanent mains power connection. Wernick Power Solutions took over full responsibility for powering the site, designing a resilient and fail-safe temporary power setup tailored to the site’s critical nature.
Allendale Sewage Treatment Works required a reliable temporary power solution while awaiting a permanent mains power connection. Wernick Power Solutions took over full responsibility for powering the site, designing a resilient and fail-safe temporary power setup tailored to the site’s critical nature.